1                                                   50
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  .......... .......AGT CCTACAATTA TCAGATTTTT TAGCCAATTC 
   tRNA_S{AGA}BL  .......... .......... .TTAACAAAC AAATGGATTC ATTAGATCTA 
   tRNA_S{AGA}DL  .......... .......... .TTAAACGAG AAGCTCAGAC AATACTGAAG 
  tRNA_S{AGA}DR1  .......... .......... ..GATCTTGA TTTGATGGGA CTTCCTTAGA 
  tRNA_S{AGA}DR3  .......... .........C TTTTCCAAAA TTTCTAAATG ATTCACGGGC 
   tRNA_S{AGA}EL  .......... .......... ....TGAAGA AGCCGCCATC TCCTTCAAGG 
   tRNA_S{AGA}GR  CCGATAAAAA CATTTAAACT ATTAACTAAC AAATGGATTC ATTAGATCTA 
   tRNA_S{AGA}HR  .......... .......... ....CAAGGA AATCGCAACA ATCATTAAAT 
   tRNA_S{AGA}JR  .......... .......... ....ACATGT GTATATACCC CAGAAGAATT 
  tRNA_S{AGA}LR1  .......... .......... .TAAAAAAAT GCTTTCTTGG CTTGTATTCA 
   tRNA_S{AGA}ML  .......... .......... ....AGCGAA TAAAGAGAGA TCATAATGCT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  .......... .......... GGAGAAATAA TCGTAATATT ATAATGTAGA 
 tRNA_I_S{GCT}FR  .......... .......... ....TGATTA TATTGAAGAT GGCCAACGAC 
tRNA_I_S{GCT}LR2  .......... .......... ....AGGTGC ATAATCTAAA AAAACATACG 
 tRNA_I_S{GCT}OL  .......... .......... ....CGAGCA TCATGCCGTT GAGGAAGGGC 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  .......... .......CAT TTACTGTACA TGGTAAGAAA GTTTTATTCC 
   tRNA_S{TGA}IL  .......... .......... .ATGGTGGAC ATCTTAGGAC CCTTTGCTTT 
   tRNA_S{TGA}PR  .......... .......... .GAAATAGGT GAATAACGGG ATAGTTTTTG 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  .......... .......... .GGAAAACCA GTCTTTAACC GCCATAATGG 

                  51                                                 100
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TCAGCAACAA ATCTAAATAG CAATTGCTCT TTTTAATTAA TGGTTTACAG 
   tRNA_S{AGA}BL  TTACATTATG GGTGGTATGT TGGAATAAAA ATCCACTATC GTCTATCAAC 
   tRNA_S{AGA}DL  CTGTGCTAAA GATCTATTAA TTGAACATGA TATGGTAGGT ACATATATGA 
  tRNA_S{AGA}DR1  AGTAACCGAA GCAGCGGCGC TACCATGTAG AGAATGTGGA TTTTGATGTA 
  tRNA_S{AGA}DR3  GCCAGGTTTT GTTGATAAGA AGAACGAAGT ACCTTTAATA TCTTATGATC 
   tRNA_S{AGA}EL  AAGCTGCTAG AACCGATTAA ACCGGTTAAC ATCATGGCAT GGGATATAAA 
   tRNA_S{AGA}GR  TTACATTATG GGTGGTATGT TGGAATAGAA ATCAACTATC ATCTACTAAC 
   tRNA_S{AGA}HR  CATTCACTCA ATATTCATAA TCAATGGATG ATGTTAAATT CTTATTTTAA 
   tRNA_S{AGA}JR  TAAACAGAAA TTTTTTTGAG CATTTTACGA AAATATTAAA AACTAGGGCT 
  tRNA_S{AGA}LR1  TCTAATTCAT TTGATCATAG CATGTGCTCT ATATTGTAAT GGCCAAGCTC 
   tRNA_S{AGA}ML  ACTGTGTAGA AATATTGATC ACTTCTCGTG GGTTCGTAAA TCCTCGGGGA 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  AATACCGATT TTCTTTACAA TGGAATCCCA ACAATTATCA AATTGAGAAT 
 tRNA_I_S{GCT}FR  AAAACAACAA TGATACACAC TCGCCATATC GCTACAGTAG TATGGTGGCA 
tRNA_I_S{GCT}LR2  TATGAGAATG GAAAGGGCAA GATAATATCG GACCGTAGTG AGTCACTTGC 
 tRNA_I_S{GCT}OL  AAAAGTAGGT TGATGGAGCA CGAGCCTACA AAGGATACAA GGCTCTGCAC 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  ACCTACACTG ATGTTGGCTG GTATGTTGAT GGTTTTTGAT AATTCACGTG 
   tRNA_S{TGA}IL  CTTATCCTTT TTCGTCATTC TTATTATTTA AAATACTTTG TTATATACTG 
   tRNA_S{TGA}PR  AGGATCCATT ATTGATAGAG GTTATAATTT TAGACAGGCA AAATATTCTA 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  CTTTTCTTTT TTCTTTTTTT TTTCACCCCC CCCTCATCTT TGAGTGAGAA 

                  101                                                150
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TTGTGATGCA ACGCAATCCT TTTTCTTATA ATTGGTTTAC ATATTTTATC 
   tRNA_S{AGA}BL  TAATAGTTAT ATTATCAATA TATTATCATA TACGGTGTTA AGATGATGAC 
   tRNA_S{AGA}DL  GGAATATGAG TCGTCACATC AATGTATAGT AACTACCGGA ATCACTATTA 
  tRNA_S{AGA}DR1  ATTGTTGGGA TTCCATTGTG ATTAAGGCTA TAATATTAGG TATGTAGATA 
  tRNA_S{AGA}DR3  GGAAAATACC GACTGATGAC TTTTGAGACT TCGCTTTTGA TCAAAGTGAT 
   tRNA_S{AGA}EL  TGAAAAAAGA AAAAAAAACT CCGACGCCCC TTCCATCACA TCATGTACTC 
   tRNA_S{AGA}GR  TAGTATTTAC ATTACTAGTA TATTATCATA TACGGTGTT. AGAAGATGAC 
   tRNA_S{AGA}HR  CATTTAGTTT GTGATTTCCG GTAAAAGGGT AGTGTTGTTT TTTTGAGAGC 
   tRNA_S{AGA}JR  ACAGATATCA GAGAAAAAAT TACTTATATG ATGACAATAA CTTAATATCA 
  tRNA_S{AGA}LR1  GGCGTTAAAG TTTTTAGTTG ACATATTTAT CATCTTGTGT AATATTTAAC 
   tRNA_S{AGA}ML  AAAACTACAG TATACTTTGT ATTCGCAAAA ATATTACCGT TCCAAATAAT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  TGGGTGAATT TTGAGATAAT TGTTGGGATT CCATTGTCGA TAAAGGCTAT 
 tRNA_I_S{GCT}FR  ATGACGGGGG TGATTCGGAA TCTAGTGTTG CTGTACCTAC ACCCAACACG 
tRNA_I_S{GCT}LR2  TTTTGGTATT GCAACCAACT GCCGCCCCTC TTCCCGCTCT TGCACCAAAA 
 tRNA_I_S{GCT}OL  AAGTGGGCTC TCGTCGGCAC TCACTGTGTT CTGCACCTCC ATACAGTCTT 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  TAATTAAGAA CATCGAAACA CTATCTGATG TATTTTTTAT TGTTGAAATT 
   tRNA_S{TGA}IL  TACGTTGTTT CGTTTGCACT TAATCGTGTT TCGACAGATA GGTGAATCAA 
   tRNA_S{TGA}PR  GCACTTCTCG AGGGCATAGG CATCCCTAAA AGGGAATCAA TAATTTTACA 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  GCTTATATGC TTTACTTTTC CTCACCTACT TTTTAATTCT TAATTATTAG 

                  151                                                200
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  ACTGAAAATA ATGTTGTATT ACGGGCTCGA GTAATACCGG AGTGTCTTGA 
   tRNA_S{AGA}BL  ATAAGTTATG AGAAGCTGTC ATCGAAGTTA GAGGAAGCTG AAGTGCAAGG 
   tRNA_S{AGA}DL  TATTGGTCAT GATTAATATG ACCAATCGGC GTGTGTTTTA TATACCTCTC 
  tRNA_S{AGA}DR1  TACTAGAAGT TCTCCTCGAG GATTTAGGAA TCCATAAAAG GGAATCTGCA 
  tRNA_S{AGA}DR3  AACATTATGT ACAATATTCA TACTAGGATT TCTTGATAGA GATTTGGAAG 
   tRNA_S{AGA}EL  TTCGCTGAAC CGGGTTTTTT TCTTTGCAAT TTTTTTTTCG TTCTCCTAAA 
   tRNA_S{AGA}GR  GCAAATGATG AGAAATAGTC ATCTAAATTA GTGGAAGCTG AAACGCAAGG 
   tRNA_S{AGA}HR  CTTTTCTGAC GGACAAATGG TCGCAGGAAA TATAAATTTA TATTTAGTAA 
   tRNA_S{AGA}JR  CAGTCACTAT CGTTCTCGCC TTTATATGCG CAGTGACAGC ATTCGACTTT 
  tRNA_S{AGA}LR1  ATAAAATAGG TTAAATTATT GTATCTCAAA ATGAGATACG TCAGCCTGAC 
   tRNA_S{AGA}ML  AGTATGCCAA CGATTATCAG CAAGTTCATC TCATTCACAG TACCCAGAAA 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  AATATTAGGT ATACAGAATA TACTAGAAAT TCTCCTCGAG GATATAGGAA 
 tRNA_I_S{GCT}FR  AGTGGTAACG GGTATTGCCA TGTTCATAAA CACCATAAAA GTATCGACAT 
tRNA_I_S{GCT}LR2  CGCTAAATGC CCATTGTGAT GGCTCATCCA CCCTCACGAC GAAGTAAGAC 
 tRNA_I_S{GCT}OL  TGTCTTCTGA TTCGTCATCT GACACGCTCT CCCAGAATCC CACAACCTCT 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  TCTGACTCGT TTACAACCTA CAAGCCCATA CTGAGCTAAG TTTGCCATGT 
   tRNA_S{TGA}IL  GATCTACCTT TACGCGAAAG ATACGAAGAA TTGAGAAGGA GGTGCAAGGG 
   tRNA_S{TGA}PR  TAATGATATT ACCATATCTT TTATACTTTC TTGAGATCTG GAGAATTTTG 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TTTATCCAGC ATTCAGTCAA TTCTGAATGC GTTATCGCTT CCTCAAAATT 

                  201                                                250
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  CAATCCTAAT ATAAACAGTC TTAGGGAAGT AACCAGTTGT CAAAACAGTT 
   tRNA_S{AGA}BL  ATTGATAATG TAATAGGAT. AATGAAACAT ATAAAACGGA ATGAGG..AA 
   tRNA_S{AGA}DL  TTATTTAGTA TAAGAAGATC AATACTTATT TCTTCATTAA TACTATTTTT 
  tRNA_S{AGA}DR1  ATTCTATACA ATTCTATAAA TATTATTATC ATCATTTTAT ATGTTAATAT 
  tRNA_S{AGA}DR3  TCTATAAAAA AGAAACAACT TGTTATAATT TATTTTTGTA GACATGACTC 
   tRNA_S{AGA}EL  GCATACACAA ATAAATCCTT TTTTTTATTT TCTATTTATT TTGTTATTTA 
   tRNA_S{AGA}GR  ATTGATAATG TAATAGGATC AATGAATATT AACATATAAA ACGATGATAA 
   tRNA_S{AGA}HR  TACGCAATCG CATACACATA AAAGAAGCCG AAATATTTTA TCAAATACAA 
   tRNA_S{AGA}JR  TCCTTGGAAG GGACCCGATC AACGAAACTT CAAAAAGAGT AGAAGTCAAA 
  tRNA_S{AGA}LR1  AATACATTAT CCTAAACGTT CATAAAATAC ATATGAAACA ATCCTATAAC 
   tRNA_S{AGA}ML  TACGAAATGA ACAACTTTAC ACAACGATGA TTCCTTTTCT CATAATACTT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  TCCCAAAATG GAATCTATAT TTCTATACAC TAATATTACG ATTATTCCTC 
 tRNA_I_S{GCT}FR  CTTATTACCT CAAGTATGCA TGAAAAAATT GATTGTAGCG TTCATAAGCA 
tRNA_I_S{GCT}LR2  CCGGGGCACA AGAAAATACG AGATCATAAC AGTTCGAGTC CGTTTATTGT 
 tRNA_I_S{GCT}OL  GTCATATTTC TGTCTTGTGG CAGTTTCGTA AGAAGGGGGG TGATGTTTCT 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  GCCCATCTAT CTGTATTCGT GTCGAATCGG AAAATTATTA TGGTACTTTT 
   tRNA_S{TGA}IL  AAAAGGGCAA TAGAGGATTG GGACAGCCGA TGCTTATATA CGGACGATTG 
   tRNA_S{TGA}PR  TAAAATTGTT GGGATTCCAT AGTCGATAAT ATTATATATA CAGAATATGC 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TATAAAAATG AATAAGCAAG ATCTCATTGG AATTGAGTTC AATGACGATT 

                  251                                                300
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TATCAGATTA ATTCACGGAA TGTTACTTAT CTTATATATT ATATAAAATA 
   tRNA_S{AGA}BL  TAATCGTAAT ATTAGTATGT AGAAATATAG ATTCCATTTT GAGGATTCCT 
   tRNA_S{AGA}DL  TACCTCTAAC TATCAACAAG TGATAATTGT TGGAATTCCA TTGTTAATAA 
  tRNA_S{AGA}DR1  TCATTGATCC TATTACATTA TCAATCCTTG CGTTTCAGCT TCCACTAATT 
  tRNA_S{AGA}DR3  ACAGAATATT ACATACCTTC ATAATATATA AGATCCATGT GATAATGAAT 
   tRNA_S{AGA}EL  TCATCTATAT AGCAATAATA TACTTTGTTT TTATTCGTAT TTCACACTTT 
   tRNA_S{AGA}GR  TAATATTTAT AGAATTGTGT AGAATTGCAG ATTCCCTTTT ATGGATTCCT 
   tRNA_S{AGA}HR  TAGAAGCTAA AAGCAAGAAT TGATAATGTA ATAGGATAAA GTAATATAGT 
   tRNA_S{AGA}JR  ATATTTTTTG CACGACGAGG GTGACAGACC GTGCTATGTC CACAAATGAG 
  tRNA_S{AGA}LR1  AAAACGAACA ACATGAGATA AAACCCGGCC TCCCTTAGCC AAACTACCCA 
   tRNA_S{AGA}ML  TCATTCGATT CATCCTTATA TATTACTCAC ACACATCAGT TGCTCCAAAA 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  ATTCCGTTTT ATATGTTTCA TTATCCTATT ACATTATCAA TCCTTGCACT 
 tRNA_I_S{GCT}FR  CACCAGCAAC ATAGAGTACG AATTTATAAC ATTATGTCAA CAATGAAAGG 
tRNA_I_S{GCT}LR2  GTGCGGTTTT GGTACGCTTT TTCGTGAGGT GTACTACCAT TCATGAGAGT 
 tRNA_I_S{GCT}OL  AATATTACAG TGATGTTCTA TTGTTCAAGT AAAGTGTATG GCTGTTTCTT 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  GTGTTGGAGA TGGACAATAG AACGGTATGA TGAGGCTTTG GTATTTTCAT 
   tRNA_S{TGA}IL  CCAACCGCCG AAAAGGTTCA AGCCAAGAAC AAAAAGTAGA GAGAATACCC 
   tRNA_S{TGA}PR  TAGAAGTTCC AATCATTACA CTTTAACTTC AATAAAAAAT TTGGCGACTA 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  ATTGAGGGCC CATACCTGAT AAAAGTGAAT ATATTATGTA TAATGACTCT 

                  301                                                350
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TGAATCATAC TAAGTGGTGG AAGCGCGGAA TCTCGGATCT AAACTAATTG 
   tRNA_S{AGA}BL  ATATCCTTGA GGAGAACTTC TAGTATATTC TGTATACCTA ATATTATAGC 
   tRNA_S{AGA}DL  AGGCAATAAT ATTATGTATA CAGAATACAG CTTCCTCTAA CTTCTATGAC 
  tRNA_S{AGA}DR1  TAGATGACTA TTTCTCATCA TTTGCGTCAT CTTCTAACAC CGTATATGAT 
  tRNA_S{AGA}DR3  GCTGGAAGCA TGATCTCTGA CCTCAGCTGA TTGTTCAGGG GACTTAATCA 
   tRNA_S{AGA}EL  TCTTTTTCCT TATGCAGGCA GTGTAATTCA TTGGGGAGGA TGATTTTCAT 
   tRNA_S{AGA}GR  AAATCCTCGA GGAGAACTTC TAGTATATTC TGTATACCTA ATATTATAGC 
   tRNA_S{AGA}HR  TATGGAGATT TATCGACGCC TTTTTGTGGA TTCCAAGACC CTCGAGAAGA 
   tRNA_S{AGA}JR  GCCCTGCTTT CCCAAGATAA ATTGCGTAAA CATATAATTG TTACAAATCC 
  tRNA_S{AGA}LR1  AACATATAAA TGCCTGAACA ATTAGTTTAG ATCCAAGATC CGTGCTTCCA 
   tRNA_S{AGA}ML  TCTAATAACA CTGTGATCCC TGTTCTACTA CTCTACTTTA ATTAATTCCA 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  TCAGCTTCCC CTAACTTCGA TGACAGCTTC TCATAACTTA TGTCATAATC 
 tRNA_I_S{GCT}FR  GGAAATAATA ATATTATTAT GTAGAATTAT CCATCCCCTT TTGTAGATTC 
tRNA_I_S{GCT}LR2  CGTTTTAGGA GCTGTCATGA AAGATATGTA TCTTGTTGAT GAACTGTAAA 
 tRNA_I_S{GCT}OL  ATGGCGCGGA ATATACCACT TCGTTATAAG TGATTACATC TCGTAACGCA 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  TTTAACAAGT GAATTTGAGA ATTGGGTGAT TTGTGATTAT ATTTGGGTGC 
   tRNA_S{TGA}IL  CAACAATAGC ATTTGATGGC TAAACGGCAG TGCCCGTTAA TACTATTCAA 
   tRNA_S{TGA}PR  CTTCCCAATC TTTATGTCAT CTTCTTGCAT CGTATATGAC AATATGTAAC 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  ACTGGAGGTT CTCTCTGAGA ATGTAAAATA ATCCACAAAA GACATGAAAA 

                  351                                                400
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TTCAGGCATT TATACTTTGG GTAGTTCAGC TAGGGAAGGT CGGGTTTTGT 
   tRNA_S{AGA}BL  CTTTATCAAC AATGGAATCC CAACAATTAT CTCAACATTC CCCCATTTCT 
   tRNA_S{AGA}DL  AGTTTCTCAT ACCTTATGTC ATCATCTAAC ATTGTACATT ATAATATACT 
  tRNA_S{AGA}DR1  AATATACTAG TAACGTAAAT ACTAGTTAGT AGATGATAGT TGATTTTTAT 
  tRNA_S{AGA}DR3  ATTAGATGCG TTTAAAGCAG GAATTGGTTT GATACACACA ATCTCATGTT 
   tRNA_S{AGA}EL  GTGCGCATAT CTACCGGCTG CAAGCAGCCG GTCGGTGGCA AATCCGGCGC 
   tRNA_S{AGA}GR  CTTTATCAAC AATGGAATCC CAACAATTAT CTAATTACCC ACATATATCT 
   tRNA_S{AGA}HR  ACTTCTAGTA TACTCTGTGT ACGAATATTA TAGCCTTTCT TCAACAATGG 
   tRNA_S{AGA}JR  AAGGCTCTGT GATTTCTTCA CCAAGTGTAG TTGTGATGTA TGATGTGTAG 
  tRNA_S{AGA}LR1  CCATTTAGTA TGATTCATAT TTTATATGAT ATAGGACAGT TAACATTCCT 
   tRNA_S{AGA}ML  TCTTTTAACA ACCTATACTA TGGAATATAA TTGATAACGA TTTTAATTTT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  TAACACCGTA TATG....AT AGTATATTGA TACTATAACT ATTAGTTGAC 
 tRNA_I_S{GCT}FR  CTATGTTGCC GAAAACAACT TCTAGTATGT TCTGTAAACT TAGTGTTAAT 
tRNA_I_S{GCT}LR2  AATTTGCAGA AATTGCGCTA TTCCGTTTAT TTCATTGTCG ATTCGGTGTT 
 tRNA_I_S{GCT}OL  TTCCTCTTGT TCAGTGGTAG GGGAGGCCGA TGGTAGTGGA ATAATACGCT 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  ACTGTTGGAA AAGGCTATAA TATTACGCAT ACAGGATATA CTGGTAGCAT 
   tRNA_S{TGA}IL  ATTATACCCC GCATTAATAA TTCCTGTCCC TTTAGTCTCG TCCTTCAGCC 
   tRNA_S{TGA}PR  AGTAATATGA ATAATAGTCA AAAAATAATA TATAATATTC ATTCCAACAC 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TTAGTTACTC TACATAATGT ATAATAAGTT CTTCCTTCCT TTTTTCTTTT 

                  401                                                450
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  CTCATGTTGT TCGTTTTGTT ATAAGGTTGT TTCATATGTG TTTTATGAAC 
   tRNA_S{AGA}BL  CAGGAATCCC AACAGTTATG ACAAAATTTA TCAGAATTCC CAGTTTCATA 
   tRNA_S{AGA}DL  CGTAGTAAGA CTACTAGTTG AGAGAGAATA GTTGATTTTT ATTCTAACAA 
  tRNA_S{AGA}DR1  TCCAACAAGA CGATAGTGGA TTTTTATTCC AACAAGTTGC ATGTGTGTTT 
  tRNA_S{AGA}DR3  ACAAAGTAAC GCTGTTTAAA AACAAATCTG AAGAATAATA ATGCAAGTAA 
   tRNA_S{AGA}EL  TTCCCCCTCA AAAAAAAAAA AAAAAAAAAA AAAAGGGAAC TCTCAGAACG 
   tRNA_S{AGA}GR  CACCTTCAGC ATCTTTT... .......... ......TCCC CATTTTTTTA 
   tRNA_S{AGA}HR  ATTTCAAACA ATTATCCAAT TATTCACCCA AAATTTAATA TAAAACATAC 
   tRNA_S{AGA}JR  GATAAGTAAT GACCGGTAAA TCAAGCTGGT AAAAAGTCCT AATAACAAGC 
  tRNA_S{AGA}LR1  TGAATCAAGC TGATAATCCG TTTTGACAAC TGGTTACTTC TCGAAGACTG 
   tRNA_S{AGA}ML  TTGAACGAGT AGCCGATAGA CCAATATTAC CTGCTGTTAG AATCAAATAT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  AGACGATAGT GAATTTTTAT TCCAACACTT CTTTCCATGA TTTTATTCCT 
 tRNA_I_S{GCT}FR  GCCTTTAACA ACAATGGAAA CACAACAATT ATACCAAATT TCGCATAGTT 
tRNA_I_S{GCT}LR2  AATATTAGGG GTACAAAATA TACTAGAAGT TCTCCCTCGA GGATATAGGA 
 tRNA_I_S{GCT}OL  TTTATGGGCC ATTGGTATTA CTATTTATCT TCGTTATAAT AAATAGTACA 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  GAATACTACC CCAAATGGAT GATATTTTAG GGTTTCATTG TAACAGATAT 
   tRNA_S{TGA}IL  GTATAGCCGC AAAACTTCGT TCAATGATTT CATGCCATCA TTACACCGCG 
   tRNA_S{TGA}PR  TCTTAGTGTC CCTAGCTAGA ATTACTTCTG CTAGTGAAAC ACTCATCATC 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TTTAGTTTTT CTACTCACCA TCCTACCTAC GCCAAGCTGC TCTACTGTCT 

                  451                                                500
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  GTTCAGGGTG AC..GTATTG TCATACTGAC ATATCTCATT TTGAGATACA 
   tRNA_S{AGA}BL  CATGTTTGAT ATTTATAGAT AATTCATAAT GACGGTTTAT TTATTCTGGT 
   tRNA_S{AGA}DL  ATAATATTCC AG..CAGGTT TACATATTCC TAGGTTTGGG ATATATCTTA 
  tRNA_S{AGA}DR1  TATTAACGTT TA..GATGTG TGTCATAATA CTGCATCATA CTATCTAATA 
  tRNA_S{AGA}DR3  TATTATACAT CATAAAAAAG TTATACA... ..CTATCATT ACTCTTCTGA 
   tRNA_S{AGA}EL  GGGGAGGTTG AAGAGCAGGC CAAGGGAAAT ATTAGTTTTG ACCTATGTGG 
   tRNA_S{AGA}GR  CTTGTAGTAT AGAT...TGT TGTTTACGTG CACGATTAGC TTCTTCAAAC 
   tRNA_S{AGA}HR  AAGGATTGCA ATTTCAATTG ACTTATACTA AGGCATAAGA TCCTGATATT 
   tRNA_S{AGA}JR  CCGAATCTGG AATAATGGTA ATATTCCCAT GCCAGGTGGA CAGTGTTGTC 
  tRNA_S{AGA}LR1  TTTATATTAG GA..TTGTCA AAACACCCCA GTATTATTTG GGCTCGTAAT 
   tRNA_S{AGA}ML  GAATATAGAC AATGTAATTA TGTAACCAGA AGGAATCACA AGAAAACAGA 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  AATCAAGAAA ATATAGATTT TCACCATAGT AATGATATAG AAAACTAGAA 
 tRNA_I_S{GCT}FR  TTCTCTCGCC GTTAAACATA CCCATTATGT TTACAACAAA ATAGTTTACT 
tRNA_I_S{GCT}LR2  ATGCGCAAAT GGGCATTTGA TGTGACACAA AATTTGGACA ATATAACGAT 
 tRNA_I_S{GCT}OL  CGTTGCAGAC ATATTTGGAG GAGAGTTTTT AAAGTACTGT TGGGGTGCTC 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  CGGTGGATGT GT..TCTTAT TTTTATATGT CTCTGATAGT GGTTCTTTTT 
   tRNA_S{TGA}IL  AGTCGTGGGT GC..ATTGTA GTTTATTACG AAAAGTATCT ACAATACTTG 
   tRNA_S{TGA}PR  AATATAAGGA AA..TTAATT TTAGTCAGAT GTTTTTAATA CCTTCCGTTT 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TGGATCTGTG AA..AAAACG CCTAGAAACA TGTATAAAAC CTACCGCTTT 

                  501                                                550
            SER2  .......... .......... ....GGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}AR  ACAAATAACA TACAATTT.. ...TGGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}BL  AAGTTATGAT ATCATGTAAA ACGAGGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}DL  AGTCAATAAT TCATCATTAG TA.AGGCAAC TTGGCCGAGT GGTTAAGGCG 
  tRNA_S{AGA}DR1  ATATTCAAAT TACTTGTAAA TTGAGGCAAC TTGGCCGAGT GGTTAAGGCG 
  tRNA_S{AGA}DR3  AGACCAGATT ACAATACAAA TTAAGGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}EL  GAAACAGAAT TTTCAATGAG TTATGGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}GR  CAGGAAACA. GCAATGTATA CATTGGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}HR  ATGCTTACGA CTTATATAAT AAGTGGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}JR  CTTAAACAAA CTCAAGAGAT TAAAGGCAAC TTGGCCGAGT GGTTAAGGCG 
  tRNA_S{AGA}LR1  ATGATATAAA TCAATAGTCA TA.TGGCAAC TTGGCCGAGT GGTTAAGGCG 
   tRNA_S{AGA}ML  ATACACAAAT AATCAAGTTA GTATGGCAAC TTGGCCGAGT GGTTAAGGCG 
            SER3  .......... .......... ....GTCCCA GTGGCCGAGT GGTTAAGGCG 
          SER3IN  .......... .......... ....GTCCCA GTGGCCGAGT GGTTAAGGCG 
tRNA_I_S{GCT}DR2  ACACTTTCAC TTCAAAGTGT TTCAGTCCCA GTGGCCGAGT GGTTAAGGCG 
 tRNA_I_S{GCT}FR  TCATTGAACA AACCAAGAGA TTCTGTCCCA GTGGCCGAGT GGTTAAGGCG 
tRNA_I_S{GCT}LR2  TCATTTTTAG ATCGTTGTTC AACCGTCCCA GTGGCCGAGT GGTTAAGGCG 
 tRNA_I_S{GCT}OL  TTGCTGTGCA TTGTAAGTAA TCGTGTCCCA GTGGCCGAGT GGTTAAGGCG 
            SER4  .......... .......... ....GGCACT ATGGCCGAGT GGTTAAGGCG 
   tRNA_S{TGA}ER  TGGGAAATTC ATAATGAT.. ...AGGCACT ATGGCCGAGT GGTTAAGGCG 
   tRNA_S{TGA}IL  CTTAAATAAC CTACATTGTT TT.AGGCACT ATGGCCGAGT GGTTAAGGCG 
   tRNA_S{TGA}PR  TCTAACACTA CCAGATTATT TT.GGGCACT ATGGCCGAGT GGTTAAGGCG 
            SER5  .......... .......... ....GGCACT ATGGCCGAGT GGTTAAGGCG 
          SER5IN  .......... ...AAATCGA AA.TGGCACT ATGGCCGAGT GGTTAAGGCG 
 tRNA_I_S{CGA}CR  AAACCATAAT TTCAAATCGA AA.TGGCACT ATGGCCGAGT GGTTAAGGCG 

                  551                                                600
            SER2  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
   tRNA_S{AGA}AR  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
   tRNA_S{AGA}BL  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
   tRNA_S{AGA}DL  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
  tRNA_S{AGA}DR1  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
  tRNA_S{AGA}DR3  AAAGATTAGA A......... .......... ATCTTTTGGG CTTTGGCCCG 
   tRNA_S{AGA}EL  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
   tRNA_S{AGA}GR  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
   tRNA_S{AGA}HR  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
   tRNA_S{AGA}JR  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
  tRNA_S{AGA}LR1  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
   tRNA_S{AGA}ML  AAAGATTAGA A......... .......... ATCTTTTGGG CTTT.GCCCG 
            SER3  ATGCCCTGCT ATTTCCTCAG AAAAGCAATT AGGCATTGGG .TTTTACCTG 
          SER3IN  ATGCCCTGCT ATTTCCTCAG AAAAGCAATT AGGCATTGGG .TTTTACCTG 
tRNA_I_S{GCT}DR2  ATG.CCTGCT ATTTCCTCAG AAAAGCAATT AGGCATTGGG .TTTTACCTG 
 tRNA_I_S{GCT}FR  ATGCCCTGCT ATTTCCTCAG AAAAGCAATT AGGCATTGGG .TTTTACCTG 
tRNA_I_S{GCT}LR2  ATG.CCTGCT ATTTCCTCAG AAAAGCAATT AGGCATTGGG .TTTTACCTG 
 tRNA_I_S{GCT}OL  ATGCCCTGCT ATTTCCTCAG AAAAGCAATT AGGCATTGGG .TTTTACCTG 
            SER4  ACAGACTTGA A......... .......... ATCTGTTGGG CTCT.GCCCG 
   tRNA_S{TGA}ER  ACAGACTTGA A......... .......... ATCTGTTGGG CTCT.GCCCG 
   tRNA_S{TGA}IL  ACAGACTTGA A......... .......... ATCTGTTGGG CTCT.GCCCG 
   tRNA_S{TGA}PR  ACAGACTTGA A......... .......... ATCTGTTGGG CTCT.GCCCG 
            SER5  AGAGACTCGA ATGGAATAAA AAGTTCGGCT ATCTCTTGGG CTCT.GCCCG 
          SER5IN  AGAGACTCTA ATGGAATAAA AAGTTCGGCT ATCTCTTGGG CTCT.GCCCG 
 tRNA_I_S{CGA}CR  AGAGACTCGA ATGGAATAAA AAGTTCGGCT ATCTCTTGGG CTCT.GCCCG 

                  601                                                650
            SER2  CGCAGGTTCG AGTCCTGCAG TTGTCG.... .......... .......... 
   tRNA_S{AGA}AR  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TTTTTTTTAC TGATGATATT 
   tRNA_S{AGA}BL  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TT.....TTT GGACAGTAAT 
   tRNA_S{AGA}DL  CGCAGGTTCG AGTCCTGCAG TTGTCGTCAT TTTTATATTC CCAATATTTT 
  tRNA_S{AGA}DR1  CGCAGGTTCG AGTCCTGCAG TTGTCGTTTT TACCAAAAAT TTTCCTCAAT 
  tRNA_S{AGA}DR3  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TTTTAATGTT TTTATTTGGT 
   tRNA_S{AGA}EL  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TTTTCTCTTT TTTTTCAATT 
   tRNA_S{AGA}GR  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TTTTGAGTTT TCCGATGTCT 
   tRNA_S{AGA}HR  CGCAGGTTCG AGTCCTGCAG TTGTCGATAA TTTTTTTAAA AAAAATTGTG 
   tRNA_S{AGA}JR  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TTTTTATTTC CCTTTCTTTT 
  tRNA_S{AGA}LR1  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TTTTTCTTTT TCTTTTTTTT 
   tRNA_S{AGA}ML  CGCAGGTTCG AGTCCTGCAG TTGTCGTTAT TTTTTGCCTC TTGATGGATT 
            SER3  CGCAGGTTCG AATCCTGTCT GTGACG.... .......... .......... 
          SER3IN  CGCAGGTTCG AATCCTGTCT GTGACG.... .......... .......... 
tRNA_I_S{GCT}DR2  CGCAGGTTCG AATCCTGTCT GTGACGCACT TTATTTTTTC TACATC..CA 
 tRNA_I_S{GCT}FR  CGCAGGTTCG AATCCTGTCT GTGACGCATT TCTTTTT..T AAATTTTTGC 
tRNA_I_S{GCT}LR2  CGCAGGTTCG AATCCTGTCT GTGACGC..T TTTTTTAATT TCTTTACTCC 
 tRNA_I_S{GCT}OL  CGCAGGTTCG AATCCTGTCT GTGACGCATT TCTTTTTTGT GAATTCTTGC 
            SER4  CGCTGGTTCA AATCCTGCTG GTGTCG.... .......... .......... 
   tRNA_S{TGA}ER  CGCTGGTTCA AATCCTGCTG GTGTCGTTTT TTTTATTGTT AGAGGTGCCT 
   tRNA_S{TGA}IL  CGCTGGTTCA AATCCTGCTG GTGTCGTTAT TTTTTTATTT TTATTTTTTT 
   tRNA_S{TGA}PR  CGCTGGTTCA AATCCTGCTG GTGTCGTATT ATTTTTTGAA ATTATTTTTC 
            SER5  CGCTGGTTCA AATCCTGCTG GTGTCG.... .......... .......... 
          SER5IN  CGCTGGTTCA AATCCTGCTG GTGTCG.... .......... .......... 
 tRNA_I_S{CGA}CR  CGCTGGTTCA AATCCTGCTG GTGTCGTTTA ATTTTTTTTA AATAACATCG 

                  651                                                700
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TCACCTCTTC AAAGCATACT CATCTTCAAC TCGGATTCAA CACGAGAAAG 
   tRNA_S{AGA}BL  AAGAGTACGT AAAGTCAATG GAATACGTGG TAAAAGCATC ACGTTTATGT 
   tRNA_S{AGA}DL  TATCACTCCG GGTAACGAGT TATTAACGGT TTTTCTCCGG TGGCAAATGT 
  tRNA_S{AGA}DR1  CTTTTTAATT TTACTTTAAT AGTACCAGAA TGACAATGCG ATAAAAAAGA 
  tRNA_S{AGA}DR3  AGCAACAAAA TTTGTCAGTC AATTTCTTTT GTT..TTTTT CTTTAAAAGG 
   tRNA_S{AGA}EL  TCCCTTGTTC GTCAGATCGA GGCGGTAGAA GAAACAATTA CTTTTCCTAA 
   tRNA_S{AGA}GR  ATTTTGTGAT AATAGTATTA GAAGCAGTAC GTGAAATAGT GCTAATACTA 
   tRNA_S{AGA}HR  GAAATTTTGT CATTCAGTAT TAAAGATTTT CTATGCAATA AACTAATTAA 
   tRNA_S{AGA}JR  CGTACATACA CAATGCACAG TCTTCAAAGT AAAATACCAA CGTATGTATC 
  tRNA_S{AGA}LR1  TTCTCTGAAG CAGAGATGGA GAATAATGAA TGCCCTTATT CTAGGACATA 
   tRNA_S{AGA}ML  TTTAAGTTTT GCGCTCATGC TTGTTATGAT AATAGGAGAG CGAAATGCGG 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  CTATTTTAAA GCTTGATTTT TTTGATTGTG AGCCACCTTC ATGTACCTAT 
 tRNA_I_S{GCT}FR  TTCTTATCCT TCTATAATAA ACCTTTCGTA ACATTCATTG AACCACCTTT 
tRNA_I_S{GCT}LR2  ATGACAAAAG CGGATAAAAA TTCCCGCATT CGGCGTAAAA AAATCCGGTT 
 tRNA_I_S{GCT}OL  TTCTTATCCT TCTACAATCC TTTCGTGACA TTTATTGAAT CATCTCTACA 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  TGAAAATGCT ACATTCATGA AAAGTAGTTG AACTGCTTGG AGACCATATT 
   tRNA_S{TGA}IL  TTTATCGCTT ACTGATTATC AGATATCTTC GACAGCCTCA CACAGATTGG 
   tRNA_S{TGA}PR  AATAACCACC ATGTCAGCAC CAGGTTCTTT TACAATTATA CAAACACACA 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TTGATTAAAA CAATCCTATT CACTGCAGTC ACAGACTTAG CACATTTACA 

                  701                                                750
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  AATTATTTAA ATCGGTACAA AGCAATACAC TATTCAAAAT .CCTATCGTT 
   tRNA_S{AGA}BL  TTTATTAAAA GATTGGCATA GAACTTGGCC TTCTTCGTAA CGACTTATCA 
   tRNA_S{AGA}DL  CTCTTTTCTT TTACCTAAAA GAAGGTTAA. .TGTGAATAT TAGTGAATAT 
  tRNA_S{AGA}DR1  ATAATTTGAA AGGGCACAAA AATGGCAAAT AGTGCTTGGA TCGTGAACTC 
  tRNA_S{AGA}DR3  TGTAACAACG TTATCACTCA AGTATTCGTT TCTTATTATC AAAAGTCTTA 
   tRNA_S{AGA}EL  ATGGGTAAAA ACTCGTGTTT TAGGAAAAAA AAGAAAAATT TGGTCAAAAC 
   tRNA_S{AGA}GR  TCTGTTATTC TTTTTGAATA GAATATGATT ATATGAATTA AATACAATTT 
   tRNA_S{AGA}HR  CATTCTACAG AAAAAGTAAA CTAATCTTTT TAATTAAGGG AAGACTCACT 
   tRNA_S{AGA}JR  AAGATCAATT TTTTTTCTTT TTTTTTTTTT TTTACCGTAA ATGTACGTAT 
  tRNA_S{AGA}LR1  ATTCACTATA TTGTATTGGT TACATACAGC TCTATTTGCT CTTTTTAGAG 
   tRNA_S{AGA}ML  TAATTTTGTT TACGTCCATA ATCATTTTTT CGTTTTGAGA TTATTTCGGA 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  CGTTTGTGGA CTATTGCCAT TAATTGCTTA TTCACTTGCA ATGATTTTAT 
 tRNA_I_S{GCT}FR  TCATAGTTGA TAACTACTAA GGTACTGAAA GTTAAAGAAC CCTAATGTGC 
tRNA_I_S{GCT}LR2  TTTTTTTTAG CACTCGCTGT TTTTGCCTCT ACCGGGTGAA AAATGACGAT 
 tRNA_I_S{GCT}OL  AAATTTTTAC ACATAGCTAA GGTTAGCTTG TTCTACATTA CACAAGTGGT 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  TACTGGAATA TCTTCATATG GTCGAAGGCC GTTTGATGCT .TCCAAACTG 
   tRNA_S{TGA}IL  TGATCACGCA CCCATAATCA TTTCTTCGGG CATGCTCCTA TTAGCCACGG 
   tRNA_S{TGA}PR  TATCTCAAAA TCACTCAAGA GGTCATGGAC CAATATGGCA ACTTGCTACG 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  ACCAGTACAA GATCAATCAC ACGCGTTGTG GTAGGAACTT TGACGATGAT 

                  751                                                800
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TCCCAATTGT GTTGTGCGCG CGTTATTCTG CGATTCCGTG TAAGTGCATA 
   tRNA_S{AGA}BL  CCCGTTAAAA GTATGCTATA TGAGTTATAT CGGCTGCAGT GTATTTCTTC 
   tRNA_S{AGA}DL  GATGCGTATC AGTGTCAAGC TTACAGTCAA TTCAAGTTAA AGAAGAGACA 
  tRNA_S{AGA}DR1  TAGTCTTTTT TATACCTACG GCTGCCCTTC TGCCTGCAGC ATACATTAAC 
  tRNA_S{AGA}DR3  GACTTTCTAT TAATAGCAGT TTGTTCTTTT CCACAACGCG CTAAAGATAT 
   tRNA_S{AGA}EL  TCGAAAGATA GGTTCTTAAT CTTCTTTCAA GTTGAAAAGG CCTACGCTCT 
   tRNA_S{AGA}GR  CAACAAATAG GTTTAGAAGG TGCATTAATA TGGAATTTTT TCAATTTTTG 
   tRNA_S{AGA}HR  ATCATTATAA GTTGCATTTT GTCCACTAGA CTCATAATCG GAACAATTAA 
   tRNA_S{AGA}JR  TCTACCTTAT ATCTAAAAAT ATTCTTCAAT CTTGTTGTTT TGATTTGTGG 
  tRNA_S{AGA}LR1  AACTACGACA GTGTTATATG AGCCAGTTAG TTCTAGACTT AAAATGTTTG 
   tRNA_S{AGA}ML  TCGGCAAATG CATTTTTTTA GCTCTGGAAA TGTTGTTTTC ACTTTTTCGC 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  AAACATTACT CAAACTATCG GTTCCTACTG GAAGATATAA CAAAAAAATT 
 tRNA_I_S{GCT}FR  GTGATAGTGT ATAAAAAAAA GTTACAGAAT ATAACTTGTA CACGTTTATG 
tRNA_I_S{GCT}LR2  GAAGACGGCT GGAATTGCGC TGCATCCGCT TACGTAGGAT AGAACACCTA 
 tRNA_I_S{GCT}OL  AGCAAAATCG TTTACATTGC ACTCAGCTAT ATCAACATCA CGTTCTACCG 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  AATGTTGGGC TGGAATAAAT TTTGTAATAG TAGTGCTTCA AATGAATTAT 
   tRNA_S{TGA}IL  TTCGCAGAAT AATCTGCGCG ATGTTATTCA CCAAGACCGT GGAGTCTCCT 
   tRNA_S{TGA}PR  AAAGTCATAC GGTAACATAT CAGCTTGTCT AAACATACCA TACTTTACCC 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  ACTGCGTTGG CTCTTGAACG CATAGTACAT TTGTCGTTCA CAACGGAAAG 

                  801                                                850
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  GAGTAGGTTG TTGCAATAAA AAATGTCTCT AAATAGCAGG CCGACAGACA 
   tRNA_S{AGA}BL  CTGGC..TCA TTTAAAGCTA ATGAAATGTA CCTCTCGCTT CATTTTCTAA 
   tRNA_S{AGA}DL  GCGTTTTTAA TAGAAAATAA AATGGGACAA GGTGTATCAT CTGGACAAGA 
  tRNA_S{AGA}DR1  TATCAAAGAA TTCGGTTGGT CGATGAGCCA TAAATCGATG AGAAAAAGTA 
  tRNA_S{AGA}DR3  TTCGCTTTCT GACCCGTTTG GTTGCAGAAA ATTTTTTTAA CTAATTTAGG 
   tRNA_S{AGA}EL  TTTCCTTGAA GCATTTTCAT CCTACTGCTC GTATTGAACT CCACTATAAG 
   tRNA_S{AGA}GR  TTCACATTCT TTTTCATTTA CATAAATGAA GTCCGAAATC CGTTGTTGGC 
   tRNA_S{AGA}HR  CATCCAATGT ATTTGAAAGT CTCTTTTTAC TTAACTTTGG TGCTGCCCTT 
   tRNA_S{AGA}JR  ATTTGCAACA GCTTAGAAAA TCTGTTTTTA TCCAAACTGT TCCATCTATA 
  tRNA_S{AGA}LR1  AAGGATAAAA TAGCAACGAA TTACGATATT CATAACAATG TTTACGGTGG 
   tRNA_S{AGA}ML  TTGCTTATGT GCATCCTAGG ACTTTAGTTC ACACCATCGA TTATTTCTGT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  TGGCATATTT CTAAAGGTAT CATTATGAAC GGCTAAAATT TTTCAGCTTG 
 tRNA_I_S{GCT}FR  TATTAATTTC CTTCCCAATA CCACGGATCA GGAACCATCA AAATATACCT 
tRNA_I_S{GCT}LR2  CAAAGATTTA CGAACTTTAT TGCTCGAAGA TTCGCTATCC ATATCTTTTT 
 tRNA_I_S{GCT}OL  CAACTAGTAA TGAGCTTGCA CATTAGTAAA CTGATTGAGC AATATCGTTC 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  TTTTTTTTCA TTTTCAATAC GCAAATGTAA ATGACGCGTA CGCTGGGACT 
   tRNA_S{TGA}IL  TTTCGGTGGG ATCCGCTTAT ATCCGTATGC GTCGGTTGCT TTCTCGGGGA 
   tRNA_S{TGA}PR  ATTTTTTTGT GCTTGTTATA TGGCGCCATA AATTGCTCGA ACATGGTCAT 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TGAAATACTG AAAAAAAAAG AAAAATTTTC TTAGGGACTC ATCATCAATG 

                  851                                                900
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TAACCAAATG ATTTCCGTGA ACAACCTCAA ATTTTCAGGC TTTGAACGTG 
   tRNA_S{AGA}BL  GGTAGTGTTT TGAAGGCGTA TGTATGTAAT GTCACCCGGA CTTTTGTAAA 
   tRNA_S{AGA}DL  CAAAAAGAAG AAGAAGGGAT CTAATCAGAA ACCCAAATAT GAACCTCCCG 
  tRNA_S{AGA}DR1  TGCTTTAGTG TTACACGATA TTTTACGGAC AAACAGAAGG TTTCGATATC 
  tRNA_S{AGA}DR3  AATATTTAGA TTAGTTAATT GGAGGGCTTA TTCAAAGACA GTAGTTACAG 
   tRNA_S{AGA}EL  CGCACCAAAA AGATACAAAC GTCAATTATG GAAGGCTCAA CGGGATTTGA 
   tRNA_S{AGA}GR  TTTTGAAATT TCAAAGC... .GTTAGTGAT TTGGCCCAGA AAATATAAAT 
   tRNA_S{AGA}HR  GGTGTCTCTT GGCCAACAAA ATCTCCGTTA TTAGAAATCG AGACCGGATA 
   tRNA_S{AGA}JR  AACTTTTAAC CCACCATCCA CTTGATGAAC AGATATGTCC ATTGGTAGGA 
  tRNA_S{AGA}LR1  AAACGGAATG GAACCAAACA TTATTCATCC GTCCAAAAGA TTCAGGATTG 
   tRNA_S{AGA}ML  TAGGTTACAC AGCATCTTTT ACGTAAATGG CATGTGGCGA TTCGCCAACT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  CTACTATTCT TGAATGATGC CTCTTTAAAC ATTACTGTGC ATTAACACAC 
 tRNA_I_S{GCT}FR  CTCCATTGCT TCCCTAAAAC GTTTTTTATA TTGTCTTGGT GTAACAACGG 
tRNA_I_S{GCT}LR2  AGTTTCCCCC CATTTCACAA TGGGATACCG TTGTTTTTTC TGTAGGTACG 
 tRNA_I_S{GCT}OL  CACTAAGGAC AATGACCTTA AATATATGCT TTTAAGGCAA AACTTTAAAA 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  GATAAGGTTT GTATTTAGAT TCTTCCTGGC CTAAACATTA TGTTAACTAG 
   tRNA_S{TGA}IL  AAGGAAAAGG AGAAAGCCCG GATAACACGA CACAAGAGTC ATTCGTTATG 
   tRNA_S{TGA}PR  GTGATGCAAA ACATTGTATT ACCCTTCTTT ATTGATTTTT CGACAATCCA 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  TAAACACCTC TACAGCCGTC AAGACTAGCA AAGCTCACCT CACAAAACGA 

                  901                                                950
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  ATTTTCCCAA ACCCTGTAAC TTGATGTGTA AATTTAAAAT GGAATTGGCA 
   tRNA_S{AGA}BL  GAAAAAATTT TGAGTTTATG TCTTTCCGAA AATTTTTACC GATGAGCATT 
   tRNA_S{AGA}DL  TTCAATCTAA ATTTGGTCGT AAGAAAAGAA AGGGAGGTCC AGCTACTGCT 
  tRNA_S{AGA}DR1  GAGGTAACCG CATCACGACT TATCGCATTT CGGAAGTTGC AGCGCACTTT 
  tRNA_S{AGA}DR3  CGATTTAAAA GCAGTGTCCC TCGTAGGCAC CTGTAGTCAT TTCATTCGTT 
   tRNA_S{AGA}EL  TGGAGACGCT ACTACTTTTT TCGCTCCAGA CGCTGTGTTT GGTGACAGAG 
   tRNA_S{AGA}GR  ATAGCAAAAA CATCTAGATA CAAGATTGAA ATAAACTATG TTCAACTAAT 
   tRNA_S{AGA}HR  TATTGGAAGA TATTGGTAAT TTTTTTCTTT ATCTAGACTT TTGGTCTGAT 
   tRNA_S{AGA}JR  TACCTTGTAG CCCAGCTAAA ATTTCACTTG CTTCTTTTGT ACCGATAGGA 
  tRNA_S{AGA}LR1  TTGTTCGATT AGTAGATTTC TTGTTCTGTA AATCGGATGA AGAATTCATT 
   tRNA_S{AGA}ML  GGTTTCTCCT CATCGTTCCT AGCGCGGGGC TGACGGCCTT CCTCTGTGTT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  AATAACAGTG ACTTGTAACG GAAATATCGA TATACTACAA CAGTTAATTA 
 tRNA_I_S{GCT}FR  TAGGCTGCTT GATCACACTG GCCCCCCCTA CTAGGCCTTT CTCTTTGACC 
tRNA_I_S{GCT}LR2  CTTTCTCATA GTTAATAGAG TCAGTAATTC ATTTCATTTT TTGCAGAAAG 
 tRNA_I_S{GCT}OL  TTAACGACAT AGAGGATGAG CTGGCTCCTC TTGTTAACGA ATTGCTGCTC 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  GTTTGTTTTT AGCGCAATTT CATTAGTTCT CAAGGAGCAC TACAGATTCT 
   tRNA_S{TGA}IL  CACGGACACA GGGAATCGTG CGGAGCCGGG GATAAGAGGC CGTGCTAATT 
   tRNA_S{TGA}PR  CCAATTCTAA CTACGAAACT TTTTATAGCA TAAAAGTACT TCCACATTTT 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  CATGCCGCGC ATAAAGACCA GAAGATCCAA GCCTGCACCT GACGGGTTCG 

                  951                                               1000
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  TGCCAGCTAT CATCCCTTAG TGCTTTCAGT CCGAGAGTCT CCATATGTCT 
   tRNA_S{AGA}BL  GAAAAGTTGC ATTATTAAAT TTGGTAGCGT AAAAACCACC GATTAAACAG 
   tRNA_S{AGA}DL  GAAAAATTAC CCAACATATA TCCAAGTACT CGTTGTAAGT TAAAGCTTCT 
  tRNA_S{AGA}DR1  GTAACTGATG GCGAAGAGCA AAGACTATGT GAGTTATTAT ACTTGCGAAG 
  tRNA_S{AGA}DR3  TGGATATTTC GCTGTACTGC TTCCTGCATT GTAATCAAGA GAAAGTTTAC 
   tRNA_S{AGA}EL  TGCGCAGATT TCAAGAGTTT TTAGATACTT TCACCTCATA CAGAGACTCT 
   tRNA_S{AGA}GR  TTGGGCGCGA CCTGTGATAC CTGGGATAGA AATCCTTAAT CTATGAGTAA 
   tRNA_S{AGA}HR  GGGGCAGTCT TGTTTTCTTA AACAATGGCG AATCGTATAC GTTAACATTC 
   tRNA_S{AGA}JR  TTATTACTAT CTTGTAAACT ATCTACGATT AGCGAGCTTA GATATGTCTC 
  tRNA_S{AGA}LR1  AAAGGTTTTT TCTGTCAAAT GATAGTTAGA AATCTTCATT GCCTCAATTC 
   tRNA_S{AGA}ML  TTCAGGTAGT ATCATCGCTA TCGCACTCCA CCAGCTACGA AGCCGGTGCA 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  TGGGTAAAGC TAAGAAAACA AGAAAGTTTG GCCTCGTAAA AAGAACTTTG 
 tRNA_I_S{GCT}FR  CAACTTTCTA GTTTTTTGTC CCATGTAAAC GTTCGAATGA AATCAATGAT 
tRNA_I_S{GCT}LR2  GAATTTCTTC ACCTAATTTA GAATTTCATC AACATTTATT GTATCTGCAT 
 tRNA_I_S{GCT}OL  CCGGTATTGG TCGAAGAACA AGACATGGAA ATTCTCAACC TAGTATCGTT 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  TATTCACTAT GGTTTAAGTT ATTTCTAGAA AATATAGTGT GATCATCGTC 
   tRNA_S{TGA}IL  TCCGCGGAAC ATCGGAATGC AGTGGACAAG TGCCCTGAGA ACAAGCGGCG 
   tRNA_S{TGA}PR  TGGTGCAATG AACTAATTTA GATAATAACA AGATCAAACA GCGTCCCTTC 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  AAAAAATCAA GCCAACCCTC ACAGATTTCG AAATCCAACT CAGAGATGCC 

                  1001                                              1050
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  GACTTCACGA CCTAATTGAA CCGGCGCCCA TTTCTGGGAC ATCAGCACTT 
   tRNA_S{AGA}BL  GTAGTGTAGG TTGTAAATTA AAGATCATAT TCTTTCCTGT TTACATCCAG 
   tRNA_S{AGA}DL  AAGGATGGAA CGAATTAAAG ACCATTTGTT ATTAGAAGAA GAATTTGTCT 
  tRNA_S{AGA}DR1  GAGTTTCACA TATATTGTAT ATTAGCTATT TTCATAACAA CAGTCATAAT 
  tRNA_S{AGA}DR3  AACTTAGAGC ACTAACTTTG TTTGTAAACA TTTTCCGTTT ATAATCAATT 
   tRNA_S{AGA}EL  GTAAGGTCCA TACAAGTTTA CAACAGCAAT AACGCGGCCA ACTACAACGA 
   tRNA_S{AGA}GR  CAGGTAACTT TGGGACAACA GCACCAAAGG TTGTCAAAAA ACAATTCCAT 
   tRNA_S{AGA}HR  GGATAAAGCA ACTCCGGCCG TTGGATGGGA ATGGCATAGT TTAGGTTTGG 
   tRNA_S{AGA}JR  TGTATAAGGC TGGCCCCTGG TCAGCGAAAA AAGAATATCA AATACCTGAG 
  tRNA_S{AGA}LR1  AACAAATGGC GCAGAGGAGA TGCGTTTGTA TATGAGCGAA AGATTATTTT 
   tRNA_S{AGA}ML  GGCAGAAACA TTACTTGCAT AGTAATACAC GAAATTTATT TACTTTAAAC 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  AACACCAAGA AAGACCAAAG ATTGAAGAAA AACCAGGAAA ATATCAAAAC 
 tRNA_I_S{GCT}FR  TCCTACTGTC AAAGTATACC CTTCATTGTC AATACCAATG ACTAAGGAAT 
tRNA_I_S{GCT}LR2  GGTATAACAA ATTAGAAAAA TTTGGAAGGG AAAAAAAAAC TGTTGCGTCA 
 tRNA_I_S{GCT}OL  TCAAGTGCTC CCCGATTTAG TTCTTTCTAT GATCAGCGAC CCTGCAGCTG 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  ATATATTTTT CGGAATAAAA ATTCACACTC ACTTATCGAC TATTAATCAT 
   tRNA_S{TGA}IL  GGCGGGTAGC TGCCACGGAA TAGGCGCCAC GTTTCCGTGG GTGACTATGA 
   tRNA_S{TGA}PR  CGCGTCAATA AATAATTAGG AACTGTAATT GAACCTCTAT TAGTATATTT 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  CAAAAGGACA AGTCGTCTAA GCTCGCAGCA AAGTCCAATG AGCAGCTCTG 

                  1051                                              1100
            SER2  .......... .......... .......... .......... .......... 
   tRNA_S{AGA}AR  GCGGTGCTGT TCCAAATAAT ATCTAAGGTA AGTTTAATGG CCCAGCCCGA 
   tRNA_S{AGA}BL  TTTTACGTTG TTGGCCGTAT TGGTATATTT CTAGTATCAG TTACACATAT 
   tRNA_S{AGA}DL  CTAACTCTGA AATTTTAAAA CCCTTTGAAA AGAAGCAGGA GGAGGAAAAG 
  tRNA_S{AGA}DR1  CCTCCGTTCT GCAGTCGTTC AATAAAAAAT ACGGCTTTCC CCCCTCTTTA 
  tRNA_S{AGA}DR3  GCCATATCAT CAATTTTATT ATCATTCTTT AACCAGTAAC TAACTGATTC 
   tRNA_S{AGA}EL  TGATCAAGAT GACGCAGACG AACGAGATTT GCTAGGTGAT GACGACGGTG 
   tRNA_S{AGA}GR  GAAAACAATT TCAAATCATA GTGAGCATAA TGAGTACTAA CTAAGAATAG 
   tRNA_S{AGA}HR  GTTATGACTT GGCGTCAGGA ACGTTGGGTT TCCAACGAAA TTTTGATACG 
   tRNA_S{AGA}JR  TCATTTTCAT CGCTAGAAAC TGCTGGTAAC GTTTTTGCCT TTGAGAAAGC 
  tRNA_S{AGA}LR1  CAGCCCATAA AGATGATTTG AGATTGATAA ATGGGCAGGT ACTGGATGTT 
   tRNA_S{AGA}ML  CTTTATATCG AATTTATATC CCTAAACATT GAATTCTTCT CTTTTTTTTT 
            SER3  .......... .......... .......... .......... .......... 
          SER3IN  .......... .......... .......... .......... .......... 
tRNA_I_S{GCT}DR2  TAAAGAAGAC CCTGAGCTAA CCAGGAATAT ACCACAAGTA TCAAGTGCAC 
 tRNA_I_S{GCT}FR  AATCCATCAC ATTCATTTTG GCCAAAAATA ATGTGTCGTT CCAAACAGAA 
tRNA_I_S{GCT}LR2  ATTACTTATA CCAGGGATAG AAAAAAAAAA AGGAAACATG GATCCCACAA 
 tRNA_I_S{GCT}OL  CTCAGTTGGG ATGGGTAATA AGCTTGATAT GCGACCCTTT ATTAAACCAA 
            SER4  .......... .......... .......... .......... .......... 
   tRNA_S{TGA}ER  ATTACTAGTA TATTACCATA TACTCTGTAA GAGGATGACA TAAAGAAAGA 
   tRNA_S{TGA}IL  CTTTTGATCG ATTCCATGTT GTTTTGCCCT GAATTCTGCG CCCCTCGGAG 
   tRNA_S{TGA}PR  TTTTATTGAT TGCATGAAAC ATCCGCTCAT TCTGTCATGT CTCAAAGAAA 
            SER5  .......... .......... .......... .......... .......... 
          SER5IN  .......... .......... .......... .......... .......... 
 tRNA_I_S{CGA}CR  GGAGATAATG CAACTCCACC ACCAGCGCTC TAGATACATA TATACTCTGT 

                  1101                            1133
            SER2  .......... .......... .......... ...
   tRNA_S{AGA}AR  TCGTGAACGT TAAAGAAAGC ATACGTC... ...
   tRNA_S{AGA}BL  TTCATTGAAA GTATGGCTAA ACAAAGACAA ACT
   tRNA_S{AGA}DL  AAACAATTGG AAGAAATACG TGGAAATC.. ...
  tRNA_S{AGA}DR1  TTCGTACAGA AAACTTTACG CTCTGG.... ...
  tRNA_S{AGA}DR3  CGCACCCACA TTATTGAAAT TTTTGCGA.. ...
   tRNA_S{AGA}EL  ATGATCTTGA AAAGGAAAAG AAAGCA.... ...
   tRNA_S{AGA}GR  GGC...GATC GGGACACTAA TCAAAAATTT TCT
   tRNA_S{AGA}HR  GGCTAAAATT ATACATAGGA GAAGGA.... ...
   tRNA_S{AGA}JR  AATGCGGCCG AACGTCTCTC TCTTTC.... ...
  tRNA_S{AGA}LR1  CGCATTGGGG TATGGTATGG AATACA.... ...
   tRNA_S{AGA}ML  CTTTTTTTAA TTAGTTTTTT TCCTAT.... ...
            SER3  .......... .......... .......... ...
          SER3IN  .......... .......... .......... ...
tRNA_I_S{GCT}DR2  TTTTCTTTCA ATACAATCAA GCTATAA... ...
 tRNA_I_S{GCT}FR  GCTCTTAAAA GTTTCTTGTC ATATTCGC.. ...
tRNA_I_S{GCT}LR2  GAGCTCCGGA TTTCAAACCG CCATCTG... ...
 tRNA_I_S{GCT}OL  AGCATGATAC ATGCAAATCG TTCTTT.... ...
            SER4  .......... .......... .......... ...
   tRNA_S{TGA}ER  TAACAAAATT AAGAGACAGC CATCAAA... ...
   tRNA_S{TGA}IL  AAGTTTCTTT TCTTTTTTAT CTCTTT.... ...
   tRNA_S{TGA}PR  GCTACAACAG GATATCGATA AGCTTT.... ...
            SER5  .......... .......... .......... ...
          SER5IN  .......... .......... .......... ...
 tRNA_I_S{CGA}CR  ACTACAAGAG AAAGGCCATC TCCAAA.... ...